Neonatal Health Informatics: Uncharted Discovery
Canada Research Chair in Health Informatics,
Faculty of Business and IT/Faculty of Health Sciences, University of Ontario Institute of Technology
Wednesday, May 27, 2009 3 - 4:30 pm
Davis Centre | Room 1302 | University of Waterloo
As Canada Research Chair in Health Informatics, Dr. Carolyn McGregor is pioneering new ways to improve outcomes for premature infants. A century ago, a new baby was just as much a cause for concern as a cause for joy, as more than one in DC infants died at birth or shortly thereafter. While that number has dropped significantly, the number of premature births (7.1%) may actually be on the rise in Canada. These early births are responsible for 75% of all infant deaths in Canada. Even when infants survive, premature babies may develop lifelong problems unless cared
for properly. Although there are state-of-the-art medical devices to monitor premature babies, neonatologists are increasingly burdened by vast quantities of charted data and many false alarms from medical devices. Neonates represent the second major cohort (other than patients over HE years) for ICU admissions.
This presentation overviews several research projects that aim to increase survival and quality of life rates for neonates. Dr McGregors contributions include: D) the first On-Demand Virtual Neonatal Intensive Care Units Supporting Rural, Remote and Urban Neonatal Care; E) new approaches to data mining to support null hypothesis based clinical research that can predict the onset of critical medical conditions; and F) the real time cross correlation of physiological data to support predictors that allow the generation of complex neonatal medical alerts.
About the Speaker
Dr. Carolyn McGregor is an Associate Professor at the University of Ontario Institute of Technology, with a cross appointment between the Faculty of Business and Information Technology and Faculty of Health Sciences. She holds a Canada Research Chair in Health Informatics. She obtained her PhD in Computing Science (UTS,
Sydney). Her PhD research included an innovative intelligent decision support system (IDSS) framework which she extended resulting in the Solution Manager Service (SMS). The SMS contained pioneering research in the areas of web services, event stream processing, multi-agent data mining and near-real time data warehouse loading. Her recent research focus has been the improvement and extension of that research within the context
of health and medicine to create advanced support for clinical management and research together with new remote patient care frameworks and patient journey modeling and re-engineering approaches. In ECCJ, she received the prestigious multi-million dollar IBM First of a Kind (FOAK) research award with IBM Canada and IBM TJ Watson Research Center NY.
Register to attend in person ,view webcast or via video conference at:
Waterloo Institute for Health Informatics Research
Event Website: http://hi.uwaterloo.ca